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1 BALB/cJ trait had been mapped to a locus on chromosome 15.
2 encoded in a cluster of paralogous genes on chromosome 15.
3 ve overlapping deletions of the right arm of chromosome 15.
4 the mESO3, psimESO3, was identified on mouse chromosome 15.
5 he Crc gene to a region of 8.8 cM on central chromosome 15.
6 s genetic mapping placed Bcmd near Srebf2 on chromosome 15.
7 lite markers spanning the entire long arm of chromosome 15.
8 orresponding to the syntenic region of human chromosome 15.
9 synteny between mouse chromosome 9 and human chromosome 15.
10 gh-resolution map of the Afr1 locus on mouse chromosome 15.
11 by D15S983 and distally by D15S127 on human chromosome 15.
12 linked to the Trhr and D15Bir7 loci on mouse chromosome 15.
13 approximately 20-centimorgan (cM) region of chromosome 15.
14 lutionary and disease-related instability of chromosome 15.
15 ntaining HuAZ2 at band 22 of the long arm of chromosome 15.
16 in the syntenic 15q15-q21.1 region of human chromosome 15.
17 ique clones representing specific regions of chromosome 15.
18 , has been cloned, sequenced and assigned to chromosome 15.
19 and the corresponding germ-line region from chromosome 15.
20 lusively or preferentially from the maternal chromosome 15.
21 fluorescence in situ hybridization (FISH) to chromosome 15.
22 promyelocytic leukemia (PML) gene located on chromosome 15.
23 (SSLPs); one additional tumor showed LOH on chromosome 15.
24 argazer region has been constructed on mouse Chromosome 15.
25 chromosome 2 in a region syntenic with human chromosome 15.
26 ybridization data that map the mouse gene to chromosome 15.
27 rrangements of the pericentromeric region of chromosome 15.
28 chromosomes, although three of twelve are on chromosome 15.
29 nce of human galactokinase reported to be on chromosome 15.
30 15q11-q13 or paternal uniparental disomy of chromosome 15.
31 required to determine the parental origin of chromosome 15.
32 The mouse gene localized to distal chromosome 15.
33 mon chromosome involved in the ASD group was chromosome 15.
34 eracting protein 1 gene (PSTPIP1) located on chromosome 15.
35 yeloid leukemogenesis and suppressed gain of chromosome 15.
36 ds of cases as a result of trisomy for mouse chromosome 15.
37 al mutant ataxia3 was mapped to distal mouse chromosome 15.
38 slocations that involve NUT, a novel gene on chromosome 15.
39 CYP1A2 are in a head-to-head orientation on chromosome 15.
40 to galactokinase, was subsequently mapped to chromosome 15.
41 21Rk useful as a balancer for proximal mouse chromosome 15.
42 a sixth family member, CELF6, was located on chromosome 15.
43 nd we mapped the mutation in one pedigree to chromosome 15.
44 reen fluorescent protein (eGFP) transgene on chromosome 15.
45 e of a potential tumor suppressor gene(s) on chromosome 15.
46 ch inv dup(15), compared with that on normal chromosomes 15.
47 duplication arose de novo from her father's chromosomes 15.
48 rential association of maternal and paternal chromosomes 15.
52 These linkage groups were assigned to rat chromosomes 15, 16, 17, 19, and X, respectively, either
53 for maternal meiosis I (MI) errors involving chromosomes 15, 16, 18 and 21 and increased recombinatio
55 alterations in the positioning of the human chromosomes 15, 18, X and Y between spermatozoa with the
56 chromosome 7 (80%), chromosome 12 (47%), and chromosome 15 (73%) and partial loss of chromosome 4 (87
62 fic deficiencies in the percentage of paired chromosome 15 alleles were observed in RTT, AS and autis
64 gical behavior of this cancer, we mapped the chromosome 15 and 19 translocation breakpoints by fluore
65 used by paternal uniparental disomy (UPD) of chromosome 15 and 2-3% are caused by "imprinting mutatio
66 13 loci in hybrids containing a single human chromosome 15 and at two chromosome 11p15 loci in hybrid
67 rfv3) gene, the rfv3 gene has been mapped to chromosome 15 and confers resistance to MuLV but not to
68 arate chromosomes, with mALT1 gene (gpt1) on chromosome 15 and mALT2 gene (gpt2) on chromosome 8.
69 e Prader-Willi syndrome IC (PWS-IC) on human chromosome 15 and mouse chromosome 7 regulates imprinted
70 and indirect effects of copy number gains in chromosome 15 and provides a framework for the study of
72 rom the targeted ES cells carry the inverted chromosome 15 and, at the same time, exhibit lighter coa
74 HM, two significant regions affecting HDL on chromosomes 15 and 16 and one affecting LDL on chromosom
75 bserved at regions orthologous to both human chromosomes 15 and 16 in non-human primates, including O
76 hromosome 1 and other NZO-contributed QTL on chromosomes 15 and 17, as well as with an NON-contribute
77 gene; in 3 cases with morphologically normal chromosomes 15 and 17, RARalpha was inserted into PML on
78 th a reciprocal chromosomal translocation of chromosomes 15 and 17, which results in a fusion protein
80 itutional Robertsonian translocation between chromosomes 15 and 21, rob(15;21)(q10;q10)c, have approx
84 e 4-like; chromosome 18), Ano6 (anocatmin 6; chromosome 15), and Rnf220 (Ring finger protein 220; chr
86 lly derived copy of the proximal long arm of chromosome 15, and eat uncontrollably; in Angelman syndr
88 One found evidence of linkage to markers on chromosome 15, another to markers on chromosome 6, centr
92 enotype and maps to the same region of mouse chromosome 15 as the Caracul (Ca) and Reduced coat (Rco)
94 otinic acetylcholine receptor) on a locus of chromosome 15 associated with mental illness, including
95 ssion of ATP10C thus make it a candidate for chromosome 15-associated autism and suggest that it may
97 -glyoxylate aminotransferase 2 locus, and on chromosome 15 at the glycine amidinotransferase locus, a
98 mapped to a 6.5-Mb region of the long arm of chromosome 15, at 22.33-24.2 between CYP11A and D15S211.
101 he cluster of type II keratin genes on mouse chromosome 15, between the keratin 6 (mK6alpha/mK6beta)
104 sition, that not only distinguish homologous chromosomes 15 but can be used to follow the transmissio
105 of bands q11.2-q13 of the paternally derived chromosome 15, but it also occurs either because of mate
106 n has been mapped to the distal end of mouse chromosome 15, but the mutated gene has not been found.
108 tumors we observed whole or partial gain of chromosome 15 centering on 15D2-D3 (orthologous to human
109 mosome 15 from a lymphoblastoid cell line, a chromosome 15 centromere-specific DNA probe with a fluor
110 antitative trait locus (QTL) was detected on chromosome 15 (Chr 15) with a highly significant logarit
111 we identified two loci, Pgia8 and Pgia9, on chromosome 15 (chr15) that appear to be implicated in di
112 e Ashkenazi population to a 0.6-Mb region on chromosome 15 containing SCG5 (also known as SGNE1), GRE
113 of eGFP expression, transgene abundance, and chromosome 15 copy number demonstrated that a prepondera
114 EF1B1, is actually a processed pseudogene on chromosome 15 corresponding to an alternative splice for
116 s indicated that MRG15 (MORF-related gene on chromosome 15) could derepress the B-myb promoter by ass
117 ng inverted D segments, DIR family segments, chromosome 15 D segments and multiple D segments were fo
118 f a supernumerary pseudodicentric derivative chromosome 15 [der(15)] that has been called inverted du
119 Supernumerary marker chromosomes (SMCs) of chromosome 15, designated "SMC(15)s," are the most commo
123 hildren were identified who had interstitial chromosome 15 duplications and were excluded from furthe
125 are associated with variants in a region of chromosome 15 encompassing genes encoding the nicotinic
126 tion stage on chromosome 14, and 1 island on chromosome 15 for secondary cell wall deposition, for a
128 t increase in homologous pairing specific to chromosome 15 from infant to juvenile brain samples.
129 is identical to a genomic DNA sequence from chromosome 15 (GenBank accession no. AC067805, bp 148976
130 l cloning approach for identifying the BBS4 (chromosome 15) gene, we identified and cloned an unconve
131 osome 12 to sequences downstream of c-myc on chromosome 15, generating dicentric chromosomes and c-my
132 J]F2 mice identified a major locus on distal chromosome 15, given the appellation Carg5, that regulat
133 (5.8%) had hypodiploid karyotypes: 87 had 45 chromosomes, 15 had 33 to 44 chromosomes, none had 29 to
136 have identified a conserved region of human chromosome 15 homologous to the mesd, nelg, and hsdr1 fu
137 AC contigs, and FISH of normal or rearranged chromosomes 15 identified duplicated sequences (the END
141 ence-tagged site mapping places cPLA2beta on chromosome 15 in a region near a phosphoinositol bisphos
144 molecules have recently been mapped to human chromosome 15 in the region q22.3-q23 and to the synteni
145 ficant linkage to markers on the long arm of chromosome 15, in a region encompassing RLBP1, the gene
147 lly expressed genes at an imprinted locus on chromosome 15, including the long noncoding RNA IPW.
148 n cell line bearing a partial duplication of chromosome 15 increased the abundance of POLgammaCAT mRN
149 ed a major quantitative trait locus (QTL) on chromosome 15 influencing size variation within a single
150 the breakpoints of inverted duplications of chromosome 15 (inv dup[15]) that include the Prader-Will
152 The assignment of the mouse Ku70 gene to chromosome 15 is consistent with the syntenic relationsh
154 t the sequence reported for galactokinase on chromosome 15 is that of GalNAc kinase, which can phosph
155 unesterified cholesterol levels, whereas the chromosome 15 locus appears to influence both HDL-C conc
156 eterozygotes and C57BL/6J homozygotes at the chromosome 15 locus marker had higher bone mineral densi
159 angrenosum-acne-arthritis to the long arm of chromosome 15 (maximum two-point LOD score, 5.83; recomb
160 The data also indicate that the VH region on chromosome 15 may contain a large duplicated block with
161 form of a supernumerary inverted duplicated chromosome 15, more properly described as an isodicentri
164 No GWS associations were observed at the chromosome 15 nicotinic receptor gene cluster (CHRNA5-CH
172 I nondisjunction error involving an altered chromosome 15 produced by both a translocation event bet
173 eport that a new quantitative trait locus on chromosome 15, Rapop5, partly accounts for the murine st
174 ity among SMC(15)s that is not seen in other chromosome 15 rearrangements, such as deletions and dupl
175 tive for SNRPN expression were found to have chromosome 15 rearrangements, while the diagnosis of PWS
177 non-major histocompatibility complex gene on chromosome 15 regulates long-term survival and is locate
178 icons-a approximately 14-kb primate-specific chromosome 15 repeat that became organized into larger p
179 cripts from the 200-kb human GRINL1A gene on chromosome 15 revealed a complex gene structure comprisi
180 ent 15q13.3 microdeletions, the expansion of chromosome 15 segmental duplications in the human lineag
181 the CYP1A locus, we scanned 75 kilobases of chromosome 15 sequence for high-affinity AhR binding sit
182 ach patient had maternal heterodisomy of the chromosome 15 short arm, whereas PCR of microsatellites
186 MFD maps to a narrow interval on bovine chromosome 15 that is syntenic to human chromosome 11p12
187 o loci, one on chromosome 8 and the other on chromosome 15, that influence a component of HDL-C-namel
189 B cells not expressing eGFP lost one copy of chromosome 15; the eGFP transgene was lost in these cell
190 the NUT (nuclear protein in testis) gene on chromosome 15 to a few other genes, most frequently the
191 ese results narrow our region of interest on chromosome 15 to an area surrounding the gamma-aminobuty
192 ave analyzed loss of heterozygosity (LOH) on chromosome 15 to ascertain its potential involvement in
193 ts; this translocation fuses the PML gene on chromosome 15 to the retinoic acid receptor alpha (RAR a
194 Here we present a finished sequence of human chromosome 15, together with a high-quality gene catalog
196 imprinted region on the proximal long arm of chromosome 15 underlie a complex neurobehavioral disorde
197 ion studies highlighted a human haplotype on chromosome 15 underlying the risk for tobacco dependence
198 ontent and related traits were mapped to pig chromosome 15 using a three-generation intercross betwee
201 ly cryptic event: a 77-kilobase segment from chromosome 15 was inserted en bloc into the second intro
202 al association between maternal and paternal chromosomes 15 was observed in human T lymphocytes by th
203 o GFP-expressing controls, cells with LOH at chromosome 15 were morphologically normal and proliferat
205 en one and four copies of the repeat on each chromosome 15, whereas from eight to 20 copies were foun
207 ephrocerebellar syndrome mapped to 700 kb on chromosome 15, which contained a single novel homozygous
209 Half of the associated SNPs were located on chromosome 15, which corresponds with results that other
210 mmon site of retroviral integration on mouse chromosome 15, which includes the genomic structure of t
213 ges the promyelocytic leukemia gene (PML) on chromosome 15 with the retinoic acid receptor alpha (RAR
214 han 60%), and partial or complete trisomy of chromosome 15, with copy number increases of the c-myc o
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